摘要： This paper examines a triple band cylindrical dielectric resonator antenna (CDRA) with three different radiating modes, i.e., HEM11δ, TM01δ, and HEM12δ. Excitation of all these radiating modes simultaneously, in CDRA, is the most challenging task, which have been accomplished by using composite feeding structure [combination of vertical strip and psi-shaped (ψ) microstrip line]. Out of three radiating mode, two hybrid modes (i.e., HEM11δ and HEM12δ) radiate in broadside direction, while remaining one (TM01δ) creates monopole like radiation pattern. Diversi?ed radiation patterns make the proposed CDRA suitable for different wireless applications. Simulated outcomes of the proposed antenna design have been practically con?rmed with the help of archetype of proposed antenna. The proposed CDRA is working in three different frequency bands: 2.5–3.02, 3.76–3.86, and 4.38–4.72 GHz. The proposed radiator is quite suitable for WiMAX (2.5 GHz) and vehicular applications.